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: Equations for mechanics of materials, stress-strain calculations, and theories of failure under static and fluctuating loads. Machine Elements
| Section | Chapter Focus | Key Topics | | :--- | :--- | :--- | | | Properties of Engineering Materials | Material properties, stress evaluation, design of circular shafts | | | Static Stresses in Machine Elements | Stress analysis under static loads | | | Dynamic Stresses in Machine Elements | Fatigue, stress concentration, and dynamic loading | | Part 2: Component Design | Design of Machine Elements for Strength | Strength-based design of various components | | | Metal Fits, Tolerances, and Surface Texture | Specifications for manufacturing and assembly | | | Design of Welded Joints & Riveted Joints | Joint design and analysis | | | Design of Shafts & Flywheels | Shaft design, power transmission, and energy storage | | | Keys, Pins, Cotters, and Joints | Mechanical fasteners and connections | | | Threaded Fasteners and Screws | Bolted joints and power screws | | | Couplings, Clutches, and Brakes | Power transmission and control devices | | | Springs & Flexible Machine Elements | Spring design and flexible connectors (belts, chains) | | | Mechanical Vibrations | Vibration analysis and control | | | Design of Bearings and Tribology | Sliding and rolling contact bearings, lubrication | | Part 3: Advanced Topics | Elements of Machine Tool Design | Machine tool structures and components | | | Applied Elasticity | Advanced stress and strain analysis | | | Locking Machine Elements & Retaining Rings | Specialized fastening and locking devices | | | Pipes, Tubes, and Cylinders | Design of pressure vessels and piping | | | Design of Pressure Vessels, Plates, and Shells | Boiler and pressure vessel design | machine design data handbook by lingaiah vol 2 pdf best
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Dr. K. Lingaiah, a former Principal, Professor, and Head of the Department of Mechanical Engineering, authored this handbook based on his decades of experience. His expertise is reflected in the book’s clear organization and its practical focus on real-world problem-solving. The handbook is known for its "pure data" format—over 95% of its content is presented in charts, tables, and formulas, making it an ideal quick-reference tool.
: Detailed analytic techniques for spur, helical, bevel, and worm gears.
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